Physics, asked by arifak076, 2 months ago

In a stationary wave, what is the phase difference between particles moving

in adjacent loops?​

Answers

Answered by guduru52
0

Answer:

The motion of partivcles in two adjactant loops are opposite in direction . Hence phase difference =180∘.

Explanation:

The motion of partivcles in two adjactant loops are opposite in direction . Hence phase difference =180∘.

Answered by dualadmire
0

In a stationary wave, the phase difference between particles moving in adjacent loops is zero.

  • A stationary wave is a wave that does not seem to travel unlike travelling waves.
  • All the particles in a stationary wave just oscillate about a single point on the axis and do not travel in other directions.
  • In a stationary wave, the phase difference between particles moving in adjacent loops is zero and they oscillate with the same amplitude.
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